Uploaded August 2026 | Updated September 2026, 3 weeks ago
How old are your ears? Take this quick nBeats hearing test. After a calibration tone, it plays a ladder of rising frequencies from 8 kHz up to 20 kHz. High-frequency hearing naturally fades with age, so the highest tone you can still hear gives you a rough hearing age. Put on headphones, set a comfortable volume and see how high you can go.
This is a for-fun awareness test, NOT a medical diagnosis. Your result depends on your headphones or speakers, your volume, your room, and your device many phones, laptops and Bluetooth speakers quietly roll off the very highest frequencies, so treat the age as a rough guide only.
Chapters:
0:00 Get ready (headphones on, quiet room)
0:07 Calibrate (1 kHz — set your volume)
0:16 8 kHz — everyone
0:23 10 kHz — under 60
0:30 12 kHz — under 50
0:37 14 kHz — under 40
0:44 15 kHz — under 30
0:51 16 kHz — under 24
0:58 17 kHz — under 20
1:05 18 kHz — under 18
1:12 19 kHz — under 16
1:19 20 kHz — golden ears
1:26 Your result
1:36 Read this
How to take the test:
1. Use headphones in a quiet room, and start at a LOW-to-MODERATE volume.
2. On Calibrate, set a comfortable level - you should hear the 1 kHz tone clearly.
3. As the pitch climbs, note the LAST tone you can still hear. That frequency maps to the age label on screen.
4. Younger ears hear higher. If you still hear 17-20 kHz, your high-frequency hearing is very good.
Safety & honesty:
Keep the volume moderate high-frequency tones can be harsh, especially on headphones and earbuds. This is entertainment/awareness, not a medical diagnosis or treatment. If you have tinnitus, ear pain or hearing concerns, keep it quiet and see an audiologist for a real hearing test.
About nBeats:
nBeats sound tools have been used by millions of viewers. The channel's speaker-recovery content was featured in The Verge's iFixit-assisted investigation. Everything here is created by a professional music composer and audio producer.
More audio tools: youtube.com/playlist?list=PLMwwzt4qG-Mk
#hearingtest #howoldareyourears #frequencytest
How old are your ears? Take this quick nBeats hearing test. After a calibration tone, it plays a ladder of rising frequencies from 8 kHz up to 20 kHz. High-frequency hearing naturally fades with age, so the highest tone you can still hear gives you a rough hearing age. Put on headphones, set a comfortable volume and see how high you can go.
This is a for-fun awareness test, NOT a medical diagnosis. Your result depends on your headphones or speakers, your volume, your room, and your device many phones, laptops and Bluetooth speakers quietly roll off the very highest frequencies, so treat the age as a rough guide only.
Chapters:
0:00 Get ready (headphones on, quiet room)
0:07 Calibrate (1 kHz — set your volume)
0:16 8 kHz — everyone
0:23 10 kHz — under 60
0:30 12 kHz — under 50
0:37 14 kHz — under 40
0:44 15 kHz — under 30
0:51 16 kHz — under 24
0:58 17 kHz — under 20
1:05 18 kHz — under 18
1:12 19 kHz — under 16
1:19 20 kHz — golden ears
1:26 Your result
1:36 Read this
How to take the test:
1. Use headphones in a quiet room, and start at a LOW-to-MODERATE volume.
2. On Calibrate, set a comfortable level - you should hear the 1 kHz tone clearly.
3. As the pitch climbs, note the LAST tone you can still hear. That frequency maps to the age label on screen.
4. Younger ears hear higher. If you still hear 17-20 kHz, your high-frequency hearing is very good.
Safety & honesty:
Keep the volume moderate high-frequency tones can be harsh, especially on headphones and earbuds. This is entertainment/awareness, not a medical diagnosis or treatment. If you have tinnitus, ear pain or hearing concerns, keep it quiet and see an audiologist for a real hearing test.
About nBeats:
nBeats sound tools have been used by millions of viewers. The channel's speaker-recovery content was featured in The Verge's iFixit-assisted investigation. Everything here is created by a professional music composer and audio producer.
More audio tools: youtube.com/playlist?list=PLMwwzt4qG-Mk
#hearingtest #howoldareyourears #frequencytest
